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ISO 12129-2 - Plain bearings - Tolerances - Part 2: Tolerances on form and position and surface roughness for shafts and thrust collars
April 1, 2019 - ISO

This document specifies tolerances on form and position as well as the surface roughness of shafts, flanges and thrust collars as used in plain bearing units. It is applicable to journal or thrust plain bearing units or to a combination of both, installed either horizontally or...

MS 27421 - COLLAR-PROPELLER SHAFT, SHIPPING
NPFC
A description is not available for this item.
Shafts with interference-fit collars. Part IV: fatigue strength of plain shafts.
January 1, 1968 - ESDU

The results of about 170 fatigue tests of constant diameter shafts with plain collars subjected to rotational bending loads are presented graphically. The data encompass both untreated shafts and rolled or induction/flame hardened shafts. The shafts and...

DIN 32712-2 - Shaft to collar connection - Polygon profile P4C - Part 2: Calculation and dimensioning
March 1, 2012 - DIN

Diese Norm gilt für die Dimensionierung und Berechnung der Tragfähigkeit sowie die Fertigung von Polygonverbindungen P4C. Der Anwendungsbereich dieser Norm erstreckt sich auf technische Erzeugnisse, z. B. des allgemeinen Maschinenbaus, des Werkzeugmaschinen-, Kraftfahrzeug- und Flugzeugbaus sowie...

DIN 32712-1 - Shaft to collar connection - Polygon profile P4C - Part 1: Generalities and geometry
March 1, 2009 - DIN
A description is not available for this item.
Shafts with interference-fit collars. Part II: nominal elastic interface pressures and stresses.
February 1, 2007 - ESDU

The data presented in ESDU 68003 are obtained from plane-stress elastic theory and apply to constant thickness collars with an axially uniform initial interference. The data may also be used for tapered fits. The graphical presentation of the theory accommodates a wide range of...

Shafts with interference-fit collars. Part I: some factors affecting the design of an assembly.
February 1, 2007 - ESDU

ESDU 68002 is Part I of a four-part series. It outlines the main aspects of the design of interference-fit collars on rotating shafts insofar as the design is affected by the interference-fit. It deals with the following design criteria (i) design such that the maximum stresses do not...

Shafts with interference-fit collars. Part III: procedure for calculation of nominal elastic interface pressures and stresses in assemblies of three or more elements.
February 1, 2007 - ESDU

ESDU 68004 gives a procedure for calculating the nominal interface pressures and stresses in a set of three or more uniform circular rings with axially uniform initial interferences. The effects of rotation and of a uniform temperature rise are also considered. The procedure is based on...

DEF STAN 81-94 - Packaging of Consumable Stores When a Military Level or Code is not Stipulated
March 20, 2014 - MODUK

This standard specifies the commercial packaging of consumable stores when no Military Packaging Level or Code is stipulated, and requires a storage period that will not exceed one year world-wide in frost free permanent buildings. This standard covers the packaging of the following types of...

DIN 988 - Shim rings and supporting rings
March 1, 1990 - DIN

Scope and field of application Shim rings are designed to prevent machine components from moving axially. The preferred application of these rings is to compensate for the play of such components where secured by circlips as specified in DIN471 and DIN472, DIN 983 and DIN 984 or lock washers as...

The deflections and slopes of shafts or beams of constant or stepped section.
June 1, 1969 - ESDU

ESDU 69017 gives a method of calculating the slope and deflection at any point along the length of a shaft or beam of constant or stepped cross section under any number of point loads, distributed loads and applied moments. A calculation procedure is first described for cases in which the...

BS 4185-2 - Specification for Machine Tool Components — Part 2: Collars
July 31, 1967 - BSI

Materials, dimensions and tolerances, finish, designation and marking of separate millimetre and inch series, the millimetre series suitable for shafts of diameter 6 mm to 100 mm, the inch series for shafts of diameter ¼ in to 4 in.

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